To model real-world situations through mathematical methods and representations and interpret mathematical models and representations, moving across multiple representations, as appropriate to purpose.
POSSIBLE INSIGHTS
Mathematical situations can be represented verbally, numerically, in tables, symbolically, or graphically. One form may be best to interpret or communicate information.
SUGGESTED REFLECTION QUESTIONS
To solve problems using numeric, graphic, algebraic or approximation methods.
POSSIBLE INSIGHTS
Information within a situation helps determine possible strategies to use to systematically reach a solution, although one may be best depending on the situation and tools at hand.
SUGGESTED REFLECTION QUESTIONS
To describe and analyze data sets that answer questions about imprecise situations, through strategic use of statistical measures and representations.
POSSIBLE INSIGHTS
Statistical questions can be accurately answered using several statistical descriptors, interpreted in context, including single-number measures of center and variability, and descriptions of shape and other general patterns.
SUGGESTED REFLECTION QUESTIONS
To reason about attributes and relationships of geometric objects by using transformations.
POSSIBLE INSIGHTS
Transformations can be studied in terms of functions, where the inputs and outputs are points in the plane, rather than numbers.
SUGGESTED REFLECTION QUESTIONS